Mycom Selection Software -

When you run a selection, the software automatically calculates the required relief valve capacity and shell-side design pressure. For ammonia systems under the EU Pressure Equipment Directive (PED) or ASME BPVC Section VIII, having a printed selection report from official software acts as auditable documentation.

Even great software can be misused. Here are three frequent mistakes users make with Mycom tooling.

While the interface varies slightly between the desktop client and the web-based portal (Mycom Navigator), the logic remains consistent.

Step 1: Define the Application Are you freezing (low temp), cooling (medium temp), or heat pumping? Choose the cycle type.

Step 2: Input Evaporating Conditions Enter the saturated suction temperature (SST) or pressure. Pro tip: Add 2-3 psi for suction line losses here.

Step 3: Input Condensing Conditions Enter the saturated discharge temperature (SDT). The software will ask for ambient conditions or fluid inlet temperatures if it is a packaged unit.

Step 4: Add Liquid Subcooling & Suction Superheat These are critical. If you are using a liquid economizer, check the "Economizer" box. The software instantly recalculates the 5-15% capacity boost.

Step 5: Review the Matrix The software returns a list of viable compressors. You will see:

Step 6: Generate the Quotation Package The final output is a PDF report containing performance curves, pressure-enthalpy diagrams (P-H charts), and a specific Bill of Materials for the motor flange configuration. mycom selection software

MyCOM Selection Software is a high-value tool for engineers and buyers who regularly select from a known product portfolio. It drastically reduces manual lookup time, improves design accuracy, and generates ready-to-use CAD and documentation. However, its limitations in offline access, multi-brand search, and live inventory visibility must be managed with complementary systems. With the recommended enhancements and data governance, MyCOM can become the central selection hub for your technical procurement process.

Appendix A – Test Cases Used
Available upon request (20 test scenarios covering electrical, mechanical, and fluid power components).

Appendix B – User Feedback Summary
From 12 engineers: Average rating 4.3/5. Top praise: CAD export. Top complaint: slow load of large product families (>5,000 variants).

Mastering Mycom Selection Software: The Ultimate Guide for Compressor Engineering

Mycom selection software, specifically the flagship program known as MYCOMW, is a sophisticated engineering tool designed by Mayekawa (MYCOM) to streamline the process of choosing the most efficient industrial compressors. Whether you are designing a large-scale refrigeration plant or a complex gas processing facility, this software serves as the bridge between technical requirements and hardware reality. What is Mycom Selection Software?

Commonly referred to as MYCOMW, this user-friendly program is the official selection platform for Mayekawa's industrial compressors. It allows engineers to calculate performance data for both screw and reciprocating compressors under specific site conditions, ensuring that the selected equipment is perfectly matched to the operational load. Key Features and Functional Capabilities

The software is engineered to handle complex thermodynamic calculations that would otherwise take hours of manual effort. According to Mayekawa Global, key functionalities include:

Diverse Compressor Support: Provides performance calculations for all MYCOM screw and reciprocating compressors, including single-stage, compound two-stage, and separate two-stage configurations. When you run a selection, the software automatically

Refrigerant Versatility: The tool supports a wide range of refrigerants, including natural options like Ammonia ( NH3cap N cap H sub 3 CO2cap C cap O sub 2 , and Propane, as well as traditional fluorocarbons.

Detailed Technical Documentation: Users can instantly access official catalogues, instruction manuals, and outer dimension drawings for the selected models.

Advanced Operational Outputs: Beyond simple capacity, the software calculates power consumption, discharge temperatures, and efficiency metrics based on user-defined suction and condensing pressures. The Role of "MySelect" and "MP-diva"

In addition to the standard MYCOMW tool, Mayekawa has expanded its digital ecosystem:

MySelect: An online portal typically used in North America for project-specific equipment selection and configuration.

MP-diva: A specialized selection program focused specifically on Mayekawa oil pumps, ensuring that the lubrication system matches the chosen compressor’s needs. Why Proper Selection Matters

Using the Mycom selection software is critical for several reasons:

Energy Efficiency: By precisely matching the compressor to the load, businesses can significantly reduce electrical consumption and operational costs. Step 6: Generate the Quotation Package The final

System Longevity: Over-sizing or under-sizing a compressor can lead to premature wear or "short-cycling." The software ensures the unit operates within its optimal design envelope.

Compliance: The tool provides data that helps ensure the system meets international standards like API (American Petroleum Institute) for oil and gas applications. How to Access the Software

The Mycom selection software is not always publicly downloadable due to regional variations and technical support requirements.

Regional Contact: Users are encouraged to contact Mayekawa in their specific region to obtain the latest version of MYCOMW.

Global Updates: News regarding the latest software releases is often posted on the Mayekawa Global News page. Integration with Industrial IoT

Modern iterations of Mycom's digital tools are increasingly integrated with Mayekawa 4.0. This IIoT (Industrial Internet of Things) platform uses machine learning to analyze the data originally calculated in the selection software against real-world performance, allowing for predictive maintenance and further efficiency improvements.

By utilizing MYCOMW, engineers can move from guesswork to precision, ensuring that every industrial refrigeration or gas compression project is built on a foundation of verified performance data. Mycom Selection Software |work|